A LEVEL MATHS EBOOK
PDF Drive is your search engine for PDF files. As of today we have 78,, eBooks for you to download for free. No annoying ads, no download limits, enjoy . Cambridge International AS & A Level Mathematics () syllabus information and AS & A Level Mathematics Probability & Statistics 1 Student's Book. Singapore Assessment Books and Study Guides for GCE A- level. General Paper , History, Economics, Mathematics, Science.
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From my experience, I can use books from OpenStax for free. However, the books are thick which is only suitable for long term learning. Buy New A-Level Maths Textbook: Year 1 & 2 (CGP A-Level Maths ) by CGP Books (ISBN: ) from Amazon's Book Store. Everyday. 11 Results Cambridge International AS and A Level Mathematics | Cambridge AS a refreshed appearance with each book continuing to cover one syllabus.
He encompasses several points of view and thereby creates a well-rounded text that readers will admire.
He details how each of the above parts provide function for modern info products and services. Luenberger is a talented teacher that readers will enjoy learning from. Readers will gain a profound understanding of the types of codes and their efficiency. Roman starts his exposition off with an introductory section containing brief preliminaries and an introduction to codes that preps the reader and makes it easier for them to process the remaining material.
He follows that with two chapters containing a precise teaching on information theory, and a final section containing four chapters devoted to coding theory. He finishes this pleasing journey into information and coding theory with a brief introduction to cyclic codes. Axler takes a thoughtful and theoretical approach to the work. This makes his proofs elegant, simple, and pleasing. He leaves the reader with unsolved exercises which many will find to be thought-provoking and stimulating.
An understanding of working with matrices is required. This book works great as a supplementary or second course introduction to linear algebra.
The Four Pillars of Geometry by John Stillwell Review: This is a beautifully written book that will help students connect the dots between four differing viewpoints in geometry. This book will help the reader develop a stronger appreciation for geometry and its unique ability to be approached at different angles — an exciting trait which ultimately enables students to strengthen their overall knowledge of the subject.
It is recommended that only those with some existing knowledge of linear and complex algebra, differential equations, and even complex analysis and algebra only use this book. Physics and engineering students beyond their introductory courses are the intended audience and will benefit the most.
The material can be used as both refresher reading and as a primary study guide. Hassani is well-versed and his presentation is expertly organized.
He also effectively begins each chapter with a short preamble that helps further instill understanding of the main concepts. Boas Review: Boas continues her tradition of conciseness and wholly satisfies physical science students with her third edition of Mathematical Methods in the Physical Sciences.
She even makes a point to stress this in the preface. Boas has done students a tremendous service by combining essential math concepts into one easy to use reference guide. It contains vital pieces and bits of all the major topics including Complex numbers, linear algebra, PDEs, ODEs, calculus, analysis and probability and statistics.
Every physics student should certainly own this one. Jones and Josephine M. Jones Review: Undergraduate math majors will find this book to be easily approachable but containing much depth. Jones and Jones form a powerful duo and expertly take students through a painless and surprisingly enjoyable learning experience. They seem aware that many readers prefer readability over a more pedantic style. This book rightfully puts emphasis on the beauty of number theory and the authors accompany each exercise with complete solutions — something students will certainly enjoy.
This book can work excellently as both introductory course literature or supplementary study and reference material.
Miller and Ramin Takloo-Bighash Review: Advanced undergrads interested in information on modern number theory will find it hard to put this book down. The authors have created an exposition that is innovative and keeps the readers mind focused on its current occupation. The subject of modern number theory is complex and therefore this book is intended for the more experienced student.
However, the authors tackle the subject in a well-paced yet rigorous style that is more than commendable.
A Course of Pure Mathematics by G. H. Hardy
Each page exudes brilliance, birthing an underlying deeper awareness of the topic. As described in the title this book really is an invitation — and curious readers would be wise to accept it. An Introduction to the Theory of Numbers by G. Hardy, Edward M. Wright and Andrew Wiles Review: This is a book that is commonly used in number theory courses and has become a classic staple of the subject. Beautifully written, An Introduction to the Theory of Numbers gives elementary number theory students one of the greatest introductions they could wish for.
Led by mathematical giant G. H Hardy, readers will journey through numerous number theoretic ideas and exercises. This book will not only guide number theory students through their current studies but will also prepare them for more advanced courses should they pursue them in the future.
An absolute classic that belongs to the bookshelf on any math lover. He highlights the five critical areas of the subject which are: Convergence, Complexity, Conditioning, Compression, and Orthogonality, and makes well-planned connections to each throughout the book.
The proofs are exacting but not too intricate and will firmly satisfy students. Each chapter is laden with insight, and not just analysis.
Sauer attentively infuses his book with numerous problems, some to be completed by hand and others through the use of the Matlab numerical computing package. Press, Saul A. Teukolsky, William T. Vetterling and Brian P.
Help! Are there any GOOD A-level mathematics textbooks?
Flannery Review: This third edition of a widely esteemed favorite has been upgraded to include the latest modern scientific computing methods as well as two completely new chapters. The book is still written and presented in the same practical an easy to read style that the previous versions were known for.
The authors diligently treat the old familiar methods with passion while tactfully intertwining them with newer and equally important more contemporary ones. However there are strict licensing rules to pay attention to. Simmons Review: George Simmons takes newbies and out of practice scholars alike, through a refreshing crash course in three basic mathematical practices Geometry, Algebra and Trigonometry in their simple but often hated form.
High school graduates and others on the way to their first college calculus course will be thoroughly prepared to take on the intimidating realm of college level mathematics.
Simmons shows readers just how uncomplicated and enjoyable mathematics can be — all in a transparent and fluid tone. He goes into adequate depth while still maintaining enough brevity to encourage the reader to think on their own. Each section offers numerous exercises for readers to practice and fine-tune their abilities on. Lang carefully uses his grounded expertise to construct a sturdy foundation for the reader to build their future mathematical knowledge on.
Basic math concepts are his sole focus and he comfortably takes readers through the material with an advanced but stress free tone. The principles Lang brings to the forefront are absolutely vital for anyone wishing to move forward in calculus, college algebra, and other areas of mathematics. Ross Review: Introduction to Probability Models differs from many probability books in that it covers a variety of disciplines.
It has been widely used by a number of professors as the main text for many first courses. This elementary introduction provides ample instruction on probability theory and stochastic processes, and insight into its application in a broad range of fields.
Ross has filled each chapter with loads of exercises and clear examples. He also takes his time in explaining the thinking and intuition behind many of the theorems and proofs. An Introduction to Probability Theory and Its Applications by William Feller Review: In this first volume, William Feller paints a clear picture of probability theory and several of its interesting applications from the discrete viewpoint. The material is a bit advanced and is only recommended for students going into their third or fourth years.
His writing brims with examples that help establish an accurate conception of discrete probability, and it includes sound insight into the history and development of probability theory. Readers will walk away with an intuitive understanding and sharper awareness of the subject.
It is a must read item for any intermediate to advanced student who is working in the field of probability theory. T Jaynes Review: Jaynes writes a fantastic prose that views probability theory beyond the usual context.
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The ideas found within this book are innovative and the author takes a welcomed path away from the conventional. It is strangely akin to receiving a one-on-one lesson from the author himself. Jaynes should be praised for taking a huge step away from mainstream probability theory and into this fresher approach. The only disappointment to this masterpiece is that, sadly, Jaynes died before completely finishing it, causing the editor to step in and thinly inject the missing pieces.
Fifty Challenging Problems in Probability with Solutions by Frederick Monsteller Review: This small entertaining book presents a remarkable assortment of probability problems and puzzles that will keep readers stimulated for hours.
Monsteller narrates parts of his book with a sense of humor which creates an easy-going and comfortable learning environment. The problems the author has selected put emphasis on, and will help readers learn, invaluable techniques. Detailed solutions to each problem are also included so as not to leave the reader bewildered or uncertain.
The book ranges in scope from basic probability puzzlers to very difficult and intricate ones for the highly advanced student. This book easily doubles as supplementary study material or as a source of recreational math enjoyment. Before approaching, students should have a modest understanding of mapping, set theory, linear algebra and other basic topics.
The challenge will train them to think intuitively and effectively. Real Analysis by N.
While some will find this frustrating, motivated and determined students will take it as an opportunity to probe deeper and explore real analysis further than they normally might.
Real and Complex Analysis by Walter Rudin Review: Rudin provides a solid handling of graduate level real and complex analysis. He encompasses all basic and advanced topics such as differentiation, Banach and Hilbert Spaces, Fourier analysis, etc.
Readers who are familiar with Rudin can expect to see his usual writing style — elegant and concise. He goes through a standard but thorough teaching on measure theory in the first half of the book and then progresses onto an innovative study of complex analysis. A First Course in Complex Analysis is reader-friendly to the newcomer and therefore is ideal for use by both undergrads as well as graduates. For undergrads, the authors refrain from abstractness and maintain an appreciated level of transparency.
While for graduates, they effortlessly fill in the gaps that many standard course texts tend to leave wide open. Each chapter is followed by a section detailing the applications of the previously discussed topic. Additionally a quick review quiz for further verification and cultivation of skills is also included with each chapter.
Visual Complex Analysis by Tristan Needham Review: Author Tristan Needham reveals the often unrealized beauty of complex analysis through a graphical perspective. He takes an elegant approach to complex analysis that will cause the reader to turn each page in awe of the insightful prose and intricate visuals.
Readers will understand solutions through their own intuition, not memorization. Rich in math history and lively from the start, this book would make excellent study and recreational reading for the serious student. Urdan Review: Just as the title implies, the author has submitted an unequivocal and palpable exposition on statistics.
Statistics in Plain English is regarded by many as the most appropriate statistics primer for undergraduates. The text is general enough to be used in a variety of mathematical areas yet retains its comprehensiveness and accuracy.
Urdan masterfully moves through essential concepts without losing the reader the way many professors would. Students harboring apprehension towards statistics will tremendously enjoy this book. Introductory Statistics by Neil A. Weiss has structured the subject matter carefully and formulates his writing in a lucid and enjoyable style. He thoughtfully steers away from advanced topics as they would only serve to confuse readers who are in this elementary stage. The focus is kept on detailed explanations of the basics in a clear language that will appeal to many beginners.
The book is intended for lower-level students who wish to know the standard topics and methods that are included in most first statistics courses. Math students will find it easy to understand the ideas presented, while teachers and tutors will discover an engaging and highly effective way to teach statistics material.
The authors provide real-life examples such as clinical trials and observational studies to help readers grasp the subject matter even better. All that is needed to learn from this book is a basic understanding of numbers and simple algebra.
Simmons Review: The author of this book has divided it into three sections: topology, operators, and algebras of operators. He contrives a fantastic and classical introduction to topology that targets continuity and linearity, the dominating themes.
Self-study students will find Simmons to be a phenomenal communicator and will have no problem at all going through chapter after chapter of his writings. He clarifies deep concepts in a manner that boasts his mathematical capacity and skill while never leaving the reader behind. Introduction to Topology: Third Edition by Bert Mendelson Review: Undergraduates will enjoy this introduction to the fundamentals of topology.
Ros was a State Examiner UK from and an experienced teacher, lecturer, consultant and author of 15 maths books.
She became a member of the Society of Authors and an affiliate member of the Chartered Institute of Educational Assessors.
This stayed with her. Later, as a teacher, she saw a need for specifically designed maths books to teach and test. Teaching gave her hands-on experience of helping pupils of differing abilities, thus enabling her to design the material in graduated order of difficulty.
Also, examining taught her how to test and set objective questions appropriate to the level of study. Over a period of more than 30 years, she has written copious notes to help pupils. Keenly aware of problem areas, she devised ways to solve them. A Happy parent Exam preparation Gain the confidence you need for your exam.
For aspiring students we have a variety of maths revision e-books on subjects such as algebra, trigonometry and calculus. See our video lessons Mobile and tablet compatible A selection of our maths ebooks are provided in the popular ePub format, making them compatible with computers, tablets, and mobile phones.
They are available on Apple Books. Explore our catalogue Contact Mathslearning.Fifty Challenging Problems in Probability with Solutions by Frederick Monsteller Review: This small entertaining book presents a remarkable assortment of probability problems and puzzles that will keep readers stimulated for hours.
The authors waste no time and quickly set out to teach readers in a brilliantly written and warmly engaging manner. Lauri Hellsten promised to take the main role in creating much-needed graphics at the set. There is one national curriculum and everyone follows it.
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Are there educators planning to teach from it? Despite its relatively short length, this book thoroughly encompasses the basic material students are required to know. An example of a highly non-mathematical, non-systematic grouping would be for example a course which is supposed to cover sequences and trigonometric functions.
A mathematical model is a simplification which does not reflect all the aspects of the real problem. Mechanics Practice Book Endorsed by Cambridge Resources align to the syllabus they support, and have been through a detailed quality assurance process.